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AI firms say UK has a year to head off datacentre protests before construction is threatened.

Opposition to datacentre construction is being fuelled by widening public concern about the safety of AI systems, after a summer in which some of the largest companies, including OpenAI, Anthropic and Google appeared to lose control of some of their most cutting-edge AIs. Some protesters have begun resorting to direct action and the membership of anti-AI campaign groups has been growing rapidly.00


Robert Booth, 22 October26
, https://www.theguardian.com/uk-news/2026/oct/22/ai-firms-say-uk-has-a-year-to-head-off-datacentre-protests-before-construction-is-threatened

Nvidia, Microsoft and Cisco taskforce urges ministers to offer areas greater benefits from tech infrastructure amid fears of US-style opposition

AI companies have told ministers they have 12 months to head off public opposition to datacentres in the UK or risk US-style protests that could threaten their construction.

Successive dry summers and rising energy bills are increasing public scrutiny of plans for the huge computer warehouses that are used to train and run AI models, says a submission to the Labour government from a group including the AI infrastructure companies Nvidia, Microsoft and Cisco.

Amid increasing anti-datacentre activism in the US and Europe, they are calling on ministers to create a “compact” that would show how communities can benefit from hosting datacentres, including allowing councils that host them to retain more tax revenues.

The move by the Sovereign AI Leadership (SAIL) taskforce reflects rising concern among tech companies that arguments that have blocked datacentre developments in parts of the US are taking hold in Britain. Microsoft has promised to invest $30bn (£22bn) in UK AI infrastructure.

Microsoft has built a datacentre in Acton, London and another is under construction in Newport, but wants to build several more facilities and is engaging with local and national leaders, including the prime minister, Andy Burnham, over the balance between the potential benefit of AI to the economy and public opposition to datacentres.

The SAIL group said: “In the United States, organised local opposition has stopped fully permitted datacentre projects, and moratoriums have been announced even in states that are otherwise pro-growth.

“Reporting from those places shows that AI itself is only a surface-level concern; distrust of corporate and government promises, fear of stranded assets and electricity costs run deeper. The same arguments have begun to appear here.”

It added: “Britain has a window – we think of roughly 12 months – to build a compact that earns public consent before that pattern takes hold.”

The taskforce is calling for the government to create a clear framework for councils and mayors to follow that will set out recommended terms for local benefit, including an indicative contribution – likely to be financial or in terms of facilities – scaled to a site’s size..

Opposition to datacentre construction is being fuelled by widening public concern about the safety of AI systems, after a summer in which some of the largest companies, including OpenAI, Anthropic and Google appeared to lose control of some of their most cutting-edge AIs. Some protesters have begun resorting to direct action and the membership of anti-AI campaign groups has been growing rapidly.

The datacentre companies are determined to head off that opposition. The chair of the SAIL taskforce, Steve Rigby, said: “By establishing a clear prosperity compact between government, industry and local communities, we can build the infrastructure we need, equip our workforce with future-ready skills, and ensure Britain’s digital destiny. This taskforce’s goal isn’t another strategy document, but high-impact actions that materially accelerate the UK’s transition to an AI-enabled economy.”

It has not calculated the cost to central government finances if councils that grant permission to datacentres are allowed to keep all of their business rates.

Responding to the proposals, Joseph Miller, the director of PauseAI UK, which campaigns for a global pause to datacentre buildout, said: “People are going to feel it is undignified to be bought off by huge tech companies who do not share their interests.”

He said tech companies were “absolutely right to be worried” about US-style public opposition to datacentres growing in the UK. Kat Jones, the director of Action to Protect Rural Scotland, which campaigns against datacentres, said tech companies had already “missed the boat on containing community opposition to hyperscale AI datacentres”.

“In Scotland, we have 15 community campaigns already working incredibly hard opposing these environmentally destructive developments locally, and a growing national campaign,” she said. “Even the titanic lobbying efforts of US big tech are going to find it a real challenge to change the winds of public opinion, which have already shifted solidly against hyperscale AI datacentres.”

Donald Campbell, the director of advocacy at the tech equity campaign Foxglove, said: “Big tech firms have spent years trying to force vast, highly polluting datacentres through the planning system under a blanket of secrecy and misleading information. Now, with the public waking up to the fact that these facilities plunder resources and wreck the climate, the US tech giants have decided that there’s a problem.”

He warned that incentivising councils to back datacentres by allowing them to keep more of their business rate revenue would mean “these wealthy tech giants would not pay a penny more” while boosts to council funding would “come from the pocket of central government services like the NHS”.

A government spokesperson said datacentres “should create British jobs and supply chains, and provide investment to the communities in which they are built, as well as prioritising clean power, using water responsibly”.

“For most proposed datacentre developments, community benefits are considered through the relevant local planning processes,” they said. “We have already announced measures which will enable local authorities hosting datacentres in AI growth zones in England to keep all the additional business rates they generate.”

October 26, 2026 Posted by | technology, UK | Leave a comment

Floating nuclear power in northern New Brunswick: a reality check

The Minister did not explain how much any jobs created would cost taxpayers.

“not a single HTGR-termed ‘commercial’ has proven financially viable.”

The proposed SMR project at Belledune has many more unknowns. The most obvious is how the project will secure the billions of dollars required to develop and build a first-of-a-kind reactor on the site,

Susan O’Donnell, October 21, 2026, https://nbmediacoop.org/2026/10/21/floating-nuclear-power-in-northern-new-brunswick-a-reality-check/

Recently a proposal to build a floating nuclear power plant with two small reactors at the Port of Belledune made the news.

Is the proposed project more than just another nuclear establishment pitch for public funding? Will New Brunswick be sucked into a third SMR vortex demanding tens of millions in subsidies before spiralling into dust?

Last October, Energy Minister René Legacy told the CBC the government was no longer interested in supporting “first of a kind” small modular nuclear reactors (SMRs). In 2018, the government invited two start-up companies into New Brunswick – ARC and Moltex – and spent the next seven years promoting and supporting their “advanced” SMR projects. In 2025, the government finally faced the cold reality: the SMR benefits assured by the nuclear establishment – jobs, export markets and revenue windfalls – would never materialize in New Brunswick.

By that point, the federal and provincial governments had already handed almost $130 million in subsidies to ARC and Moltex and other nuclear-adjacent organizations cashing-in on the SMR public funding spree in the province.

What a difference a year makes. This October, Minister Legacy told The Globe and Mail about a new project proposing to develop a marine vessel to support two first-of-a-kind small nuclear reactors at the Port of Belledune. He claimed the project was a good idea because the jobs created would capitalize on the province’s strengths: “lots of machinists, lots of welding, lots of industrial might.” The Minister did not explain how much any jobs created would cost taxpayers.

According to the Globe article, the New Brunswick government has expressed interest in purchasing the power produced by the two SMRs on the vessel. That power would likely be the most expensive ever produced in the province.

The federal public purse has already been cracked open for the proposed nuclear vessel giving a hint of the provincial funding which may need to follow. The federal government gave Montreal-based start-up Prodigy Clean Energy a $2,750,000 subsidy in 2024 to develop “floating transportable nuclear power plants as part of the SMR supply chain.”

In 2025, Prodigy said its proposed nuclear vessel would host the Westinghouse eVinci, a small reactor design under development in the U.S. Just a year later, Prodigy has flipped to a different American reactor for its Belledune project, a high-temperature gas reactor (HTGR) cooled by helium. Only one HTGR cooled by helium is in operation, in China.

Analysis of the operational history of HTGRs reveals a troubling past. Several small HTGRs cooled by helium were developed at considerable expense in countries including Germany, the U.S. and South Africa. The HTGRs were prone to many small failures resulting in frequent shutdowns, with final shutdowns “well before the operating periods envisioned for them.” In addition, HTGRs are uncompetitive compared to conventional reactors cooled by water and “not a single HTGR-termed ‘commercial’ has proven financially viable.”

For the New Brunswick project, it’s currently unclear if the proposal includes any reactor construction in Belledune. The two BANR reactors may be constructed entirely in the U.S. and shipped to the Port of Belledune. BWXT has operations in Canada with expertise making reactor components but has no reactor construction experience in this country.

The proposed SMR project at Belledune has many more unknowns. The most obvious is how the project will secure the billions of dollars required to develop and build a first-of-a-kind reactor on the site, if indeed the plan is to construct the two reactors in the province, plus the cost of building the marine vessel.

The cost of the only SMR under construction in Canada, at the Darlington nuclear site on Lake Ontario, is a minimum of $6.1 billion plus $1.6 billion for associated infrastructure. That project has been funded entirely by public subsidies because no private sector investors have been found despite considerable promotion efforts.

The Belledune project has buy-in from two Mi’gmaq communities in northern New Brunswick, Eel River Bar First Nation (Ugpi’ganjig) and Pabineau First Nation (Oinpegitjoig), and the project is being promoted as majority-owned by First Nations.

The Indigenous involvement provides a clue for how public funds could flow to the Belledune project. In June this year, the federal and Ontario governments gave seven First Nations in Ontario part ownership of the SMR at the Darlington site. The part ownership was structured as a “loan guarantee” of $715 million to the First Nations from a federal Indigenous loan program, public funds that were streamed through to the Darlington SMR under construction.

Of particular note, the intended market for the transportable nuclear power plant is remote mines and communities. The BANR reactor would produce power at a cost far higher than the diesel fuel generators currently in place. For this and many other reasons, research found that the market for SMRs in mining and remote communities is “too small to be viable.”

It’s also unclear how NB Power would be involved in the project. The utility was the proponent for the two earlier failed SMR projects – ARC and Moltex – which were intended to be constructed at NB Power’s Point Lepreau nuclear site.

Developing a second licenced nuclear site in the province, in Belledune, would be a costly and significant undertaking requiring compliance with numerous nuclear safety and security regulations. NB Power is already planning to convert its Belledune coal-fired plant to burn biomass fuel, and its Integrated Resource Plan released earlier this month made no mention of SMRs at Belledune, or any SMRs in the utility’s future 20-year scenarios.

The motivations behind the New Brunswick government’s support of the Belledune nuclear project are hard to fathom, considering how recently the province was burned by the Moltex and ARC SMR fiascos and the decades-long slow train wreck and money pit that is the Point Lepreau Nuclear Generating Station. The motivations certainly may include hopium, an irrational, addictive belief that a new nuclear reactor will eventually work as promised in New Brunswick.

A commentary published earlier this month, RIP SMRs, ended: “Apparently, old SMR ideas never really die. They will just, eventually, fade away.” How long the proposed Belledune floating SMR idea will take to fade away and how much it will cost us before it does are open questions. New Brunswickers should remain vigilant to ensure that not too many more public millions (billions?) are squandered before the hopium runs out and reality kicks in again.

Correction: An earlier version of this commentary stated that helium gas-cooled reactors do not exist. The story has been corrected to state that only one high-temperature gas reactor cooled by helium is in operation, in China. Updated at 5:14 PM, Oct. 22, 2026.

Susan O’Donnell is lead investigator of the CEDAR project in the Sustainability and Environmental Studies Program at St. Thomas University and a member of the board of directors of the NB Media Co-op.

October 26, 2026 Posted by | Canada, Small Modular Nuclear Reactors | Leave a comment

Idaho could see nuclear boom as small modular reactors near reality; Twin Falls panel set for Oct. 27

As businesses and municipalities begin exploring small modular nuclear reactors, a panel and documentary come to the CSI campus to weigh Southern Idaho’s opportunities.

Lorien Nettleton, Idaho News 6 Oct 24, 2026

By:Lorien Nettleton

TWIN FALLS, Idaho — The pace of innovation for small nuclear reactors means Idaho could be faced with big opportunities and challenges as businesses and municipalities begin exploring the technology.

Idaho has been at the center of nuclear innovation for more than 75 years. About 17% of U.S. energy comes from nuclear, according to the U.S. Energy Information Administration.

Little to none of the nuclear power produced is in the Western United States, but Idaho Advanced Energy Consortium Executive Director Christi Gilchrist says that is about to change.

“I think the sky is the limit as we have been figuring out how to best deploy these as a nation,” Gilchrist said. “All those folks leaning in looking forward, we’re going to see an SMR deployed in Idaho in our lifetime.”……………………………………..https://www.kivitv.com/twin-falls/idaho-could-see-nuclear-boom-as-small-modular-reactors-near-reality-twin-falls-panel-set-for-oct-27

October 26, 2026 Posted by | Small Modular Nuclear Reactors | Leave a comment

Microsoft pulls out of AI datacentre project in Essex over power supply concerns

Driven by hopes of an economic transformation, many are taking on increasingly risky debt, including companies vital to the AI boom

Development by UK firm Nscale heralded by ministers as largest of its kind in country loses anchor tenant

Gwyn Topham and Aisha Down, Mon 19 Oct 2026 ,
https://www.theguardian.com/uk-news/2026/oct/18/microsoft-drops-huge-ai-datacentre-project-in-essex-over-power-supply-concerns

The development of a huge AI datacentre hailed by the UK government has received a fresh setback after Microsoft pulled out of the project over concerns about power supplies.

The development by the British company Nscale, heralded by ministers as the country’s largest AI datacentre when it was announced in 2025, was planned to open at Loughton in Essex next year.

Doubts had already emerged about the scheme after the Guardian revealed in March that the location was still an operational scaffolding yard.

Now there are further concerns after Microsoft, one of its largest planned customers and expected to have been the anchor tenant, informed the company that it was pulling the plug on its agreement.

It comes a month after it emerged that power supply problems meant the project would face a lengthy wait before coming online.

Keir Starmer’s government had highlighted the Loughton project when announcing the UK’s AI strategy in 2025, describing it as the “largest UK sovereign AI datacentre”. Datacentres are the central nervous system of AI technology such as chatbots.

The end of the deal with Microsoft, first reported in the Telegraph, means Nscale has lost its only publicly announced customer for the Essex datacentre. It is understood that Microsoft remains on board for another project the company has in Norway.

Doubts had already emerged about the scheme after the Guardian revealed in March that the location was still an operational scaffolding yard.

Now there are further concerns after Microsoft, one of its largest planned customers and expected to have been the anchor tenant, informed the company that it was pulling the plug on its agreement.

It comes a month after it emerged that power supply problems meant the project would face a lengthy wait before coming online.

Keir Starmer’s government had highlighted the Loughton project when announcing the UK’s AI strategy in 2025, describing it as the “largest UK sovereign AI datacentre”. Datacentres are the central nervous system of AI technology such as chatbots.

The end of the deal with Microsoft, first reported in the Telegraph, means Nscale has lost its only publicly

Nscale, which is backed by tech companies including Nvidia, has positioned itself as Britain’s “sovereign” datacentre provider but the loss of an anchor tenant for its Loughton project could undermine its ambition to float on Wall Street this year with a potential valuation of $35bn (£26bn).

Targeting the rapid growth of AI to boost the economy, the UK government’s proposals to harness the technology have focused on two Nvidia-backed companies: the London-based Nscale and the US company CoreWeave.

Official figures show investments in AI are among the factors helping Britain’s economy to beat expectations of a weaker growth performance this year as the war in the Middle East rattles global business activity.

Nscale is a “neocloud”, one of a number of companies with deep ties to Nvidia that are building the key infrastructure for the AI boom. It is this relationship with Nvidia that meant it and CoreWeave were chosen as key players in the UK’s sovereign AI push, which happened under Starmer.

There is, however, a growing chorus of voices which suggest that neoclouds may be a vulnerability in the broader AI economy, especially as delays pile up across partners.

Driven by hopes of an economic transformation, many are taking on increasingly risky debt, including companies vital to the AI boom. If Nscale pushes back its initial public offering in New York, these vulnerabilities may come into sharper focus.

The former UK deputy prime minister Nick Clegg and the former Meta chief operating officer Sheryl Sandberg are board members at the company. Clegg holds a 0.25% stake that could be worth $88m if the company floats at a $35bn valuation.

It emerged earlier this month that UK Power Networks (UKPN), which owns and maintains the electricity grid across London and the south-east of England, had informed Nscale that it would not be able to supply enough power to the company’s Loughton datacentre until the early to mid-2030s.

Nscale said it was “committed to the project” but the failure to find a quick fix to the power supply issue underlines how much energy has become a hindrance to datacentre development.

The scaffolding yard site has been cleared by Nscale, and the company is investigating whether it can generate power onsite and whether it can speed up the connection process.

An Nscale spokesperson said: “We remain committed to both the Loughton project and the UK, and we are exploring alternative power sources for the site, in addition to other expansion sites in the UK.

“Our relationship with Microsoft remains strong and long-term, and this unfortunate London-wide grid issue has no impact on our other contracts.”

October 24, 2026 Posted by | ENERGY, technology, UK | Leave a comment

Deep concerns regarding the Rolls-Royce development at the Wylfa site



Open Letter to Miatta Fahnbulleh MP, Secretary of State for Energy Security
and Net Zero.

Dear Secretary of State, I am contacting you with a letter
written to the former holder of the post, Ed Milliband, expressing my deep
concerns regarding the Rolls-Royce development at the Wylfa site on Ynys
Mon.

Since writing to Ed Miliband, there have been developments that make
the prospects of a nuclear site on the island even more concerning:


1)Increasing threats of war mean that we will be targets for attack. Russia
and Iran have both threatened us, due to our interventions in Ukraine and
the use of British bases for the bombing of Iran. Whatever the rights and
wrongs of these interventions, it is clear that nuclear power stations are
now regular targets for attack. How are we to be protected? How are we to
get off the island in the event of an attack ( or nuclear accident)? There
are two bridges connecting us to the mainland, and even if there were
three, there would be no safe evacuation possible, without the danger of
accidents.

RAF Valley is also on the island, making us a further target.
The waste produced by the possible new nuclear reactors will also serve as
an ongoing target and risk, as it would remain onsite for at least 100
years, being too hot to remove. Our future generations will be responsible
for this; not a legacy we want to bequeath.

2) Increasing droughts and
wildfires have threatened the safety of nuclear plants all over the world,
including at Sizewell B this year. Should the electricity supply be cut to
a nuclear power station, if backup diesel power is then cut off or damaged,
through flooding, as in the case of the Fukushima nuclear disaster, then
there is also disaster, as the reactors cannot be cooled if there is no
electrical power to the station. So, for a nuclear station to be safe,
there needs to be adequate power in the first place. This can no longer be
relied on.

3) A December 2025 Harvard T.H Chan study found a statistical
link between those living close to nuclear power plants and higher cancer
rates in Massachusetts. The strongest link was seen within 20 to 30
kilometers of a nuclear station, and the risk increased as people got
older. There is also a risk to workers.

4) Whereas the Rolls-Royce site has
advertised that the electricity generated at Wylfa would go to homes, it is
now published that energy could go to AI centres being developed on the
island and nearby. How are we to know the end use of the electricity to be
generated by these nuclear reactors?

The World Nuclear Industry Status
Report ( WNISR) 2026 shows that between March 2025 and June 2026, both
solar and wind power have independently surpassed generating electricity
from nuclear reactors. I understand that you want to mitigate the effects
of climate change in the most efficient and safe ways possible. Nuclear
power is neither efficient or safe, particularly under conditions of
conflict, climate change, or indeed pandemic, where routine maintenance is
reduced, as happened during the Covid pandemic.

We implore you to
reconsider pouring more money into these nuclear reactors, yet to receive
the Generic Development Consent order, and instead concentrate our
resources to upgrading the grid, as you propose, and using our excellent
renewable energy sources.


People Against Wylfa B 19th Oct 2026,
https://www.stop-wylfa.org/

October 24, 2026 Posted by | safety, Small Modular Nuclear Reactors, UK | Leave a comment

New nuclear technology is predicted to transform North Wales.

A major programme delivering Small Modular Reactor (SMR) technology is set
to transform Anglesey and wider North Wales in the coming years. Wylfa on
Anglesey has been selected as the site of the UK’s first SMR nuclear power
station. The move recognises the strong nuclear heritage and expertise of
the area.

Earlier this month, a group of public and private bodies across
industry, local government and the Welsh Government, and led by Bentley
Systems met at a roundtable to discuss benefits for the region. Gary
Pritchard, leader of Isle of Anglesey County Council and Llinos Medi AS/MP
for Anglesey were in attendance. Institution of Civil Engineers Wales Cymru
Fellows provided impartial advice and expertise on building the programme
in its first steps.

The programme will pioneer skills in the region,
develop new vocational and academic training programmes, and create jobs in
Anglesey. ICE Wales Cymru Regional Director Keith Jones said: “ICE Wales
Cymru supports the Welsh and UK governments in the development of Small
Modular Reactors (SMR). Wales is ideally placed to play a very significant
role in clean energy generation and become an energy hub for the UK.
Nuclear power has a key part to play in the transition to net zero”.

Insider Media 19th Oct 2026, https://www.insidermedia.com/news/wales/new-nuclear-technology-set-to-transform-north-wales

October 24, 2026 Posted by | Small Modular Nuclear Reactors, UK | Leave a comment

OPG firm joins UK BWRX-300 project

The UK-based project company of European SMR developer and investor SGE, and Origin Nuclear, a subsidiary of Ontario Power Generation, have signed a letter of intent to establish a joint venture for the future operation of a planned fleet of 14 BWRX-300 small modular reactors.

SGE SMR UK is the UK-based project company of Poland’s SGE (formerly Synthos Green Energy). Earlier this year, SGE outlined plans for the privately financed deployment of 14 GE Vernova Hitachi BWRX-300 small modular reactors across three sites in the UK, for which it submitted an application under the UK’s Advanced Nuclear Framework.

The proposed joint venture will see SGE SMR UK and Origin Nuclear work together to establish a UK-based nuclear operating company. Origin Nuclear – whose owner, Canadian nuclear operator Ontario Power Generation (OPG), is developing the first BWRX-300 reactor at Darlington in Ontario – will support the licensing process, commissioning and operational readiness of the reactors, and will also be responsible for plant operations, and centralised support services across the proposed UK BWRX-300 fleet.

“This is a significant step forward for our UK programme,” SGE CEO Rafał Kasprów said. “Securing an operating partner is one of the most important decisions in developing a nuclear project, and with Origin Nuclear and its parent company OPG, we have a partner backed by more than a half century of nuclear experience and direct involvement in the first BWRX-300 project in Canada. It gives us greater confidence in our ability to deliver 14 reactors across three sites in the UK. Just as importantly, it brings us closer to establishing a long-term operating model that can support BWRX-300 projects across Europe.”

“The Darlington New Nuclear Project, where OPG has begun construction of the first BWRX-300, will deliver the reliable, low-carbon electricity Ontario needs to meet rapidly growing demand, while creating opportunities for Origin Nuclear and other Ontario companies to showcase our expertise on the global stage,” said Jos Diening, Origin President and CEO. “As OPG builds the next generation of nuclear infrastructure at home, Origin is helping position Ontario’s world-class supply chain to compete for opportunities around the world.”

The BWRX-300 is a 300 MWe water-cooled, natural circulation SMR with passive safety systems that leverages the design and licensing basis of GE Vernova Hitachi Nuclear Energy’s US Nuclear Regulatory Commission-certified ESBWR boiling water reactor design and its existing, licensed GNF2 fuel design. SGE is a co-investor in the standardised BWRX-300 design alongside GE Vernova Hitachi Nuclear Energy, OPG and the Tennessee Valley Authority (TVA).

The unit under construction in Canada is envisaged as the first of four at OPG’s Darlington New Nuclear site. In September, the US Nuclear Regulatory Commission issued a construction permit to TVA for a BWRX-300 reactor at the Clinch River site in Tennessee.

The first site in the UK is planned to accommodate six BWRX-300 reactors, with the first unit starting commercial operation in 2034. This would be followed by two further multi-unit sites – an approach SGE says is intended to support repeat construction, coordinated procurement and the transfer of experience between projects. The programme is supported by an international delivery team comprising SGE, GE Vernova Hitachi Nuclear Energy, Samsung C&T, Laing O’Rourke, Aecon Group Inc, Fermi Development and Etara.

The proposed total generating capacity from the 14 units of 4.2 GW would be enough, SGE says, to meet around 11% of UK power demand, equivalent to the needs of almost eight million homes, for at least 60 years.

October 24, 2026 Posted by | Small Modular Nuclear Reactors | Leave a comment

Trump’s weapons in space violate international law

The weaponisation of space is a violation of the intent of the Outer Space Treaty of 1967

The weaponisation of space is a violation of the intent of the Outer Space Treaty of 1967.

Independent Australia, By Karl Grossman | 17 October 2026,

Last month, the Trump Administration confirmed that, for the first time, the U.S. has weapons in space in violation of international law, writes Professor Karl Grossman.

‘U.S. says for 1st time it now has weapons in space’ was the headline last month in USA Today.

The subhead: ‘Air Force Secretary Troy Meink became the first U.S. official to publicly announce that the military has deployed weapons to space.’

The article began:

‘The U.S. has confirmed in a landmark revelation that the nation has deployed operational weapons in space.’

The news swept the world.

he headline in the British newspaper, The Guardian:

‘U.S. confirms for first time it has deployed weapons in space.’

The subhead:

‘Analysts warn of an acceleration in high-risk arms race with Russia and China in Earth’s orbit.’

It should not have come as a surprise.

As the Associated Press subsequently reported:

‘The revelation comes as the Trump administration puts a growing focus on space. In 2019, during his first term, Trump created the Space Force as a separate military branch. In his second term, he has announced the ‘Golden Dome’ missile defense system, which includes plans to put U.S. weapons in space.’

An earlier AP story published just after Donald Trump took office as U.S. president a second time also reported on ‘plans to put U.S. weapons in space’ as part of its planned ‘Golden Dome’ program.

This article by Tara Copp, an AP Pentagon and national security correspondent, said:

‘The system was ordered by Trump during his first week in office, and if successful, would mark the first time the U.S. would place weapons in space that are meant to destroy ground-based missiles within seconds of launch.’

Trump is seeking U.S. “superiority” in space, as he stated in an executive order titled ‘Ensuring American Space Superiority.’

Issued in December 2025, Trump asserted:

“Superiority in space is a measure of national vision and willpower.”

In his role as Secretary of War, Peter Hegseth is a highly aggressive partner in Trump’s aim.

As Hegseth said in a tour of U.S. aerospace companies in February 2026:

“We have to dominate the ultimate high ground.”

He also declared on that speaking tour:

“The fight for space is the fight for the future of the world as we know it” and “We cannot afford to have a fair fight in space — I’m not interested in orbital parity. We demand orbital dominance plain and simple. Whoever controls space controls the fight.”

Adding to the acknowledgement of the U.S. deploying weapons in space, the AP also reported this month:

‘American troops need to prepare for combat not only in Earth’s orbit but around the moon, President Donald Trump’s top military adviser said Wednesday, looking ahead to a new frontier in warfare after the U.S. revealed for the first time that it has deployed weapons in space. Gen. Dan Caine, chairman of the Joint Chiefs of Staff, told service members and industry figures at the Air, Space and Cyber Conference outside Washington that the U.S. military should adapt now so it  “is prepared to fight, endure and win … from the seabed to cislunar space”.’

Cislunar space, AP added, “is a term that describes the region between the Earth’s surface and the moon.”

Not only is none of this new, or going back just a few days or years. It goes back many years.

As Bruce Gagnon, coordinator of the Global Network Against Weapons & Nuclear Power in Space, noted in an interview, plans by the U.S. for dominating space go back decades. The Trump Administration is conducting a major replay of these plans……………………………………………………………………………………………………………………………………………………….

The weaponisation of space is a violation of the intent of the Outer Space Treaty of 1967.

Created by the U.S., the United Kingdom and the former Soviet Union — it, as The Planetary Society, based in Pasadena, California, explains:

‘Is an international agreement that governs how nations act in space. Formally known as the ‘Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies,’ it is one of international space law’s foundational documents. The overall purpose of the Outer Space Treaty is to keep space peaceful.’

There have been repeated attempts since then at the United Nations to pass a resolution titled ‘Prevention of an Arms Race in Outer Space‘ (PAROS) to ensure that space is used for peaceful purposes.

As noted by the Federation of American Scientists, based in Washington, PAROS ‘reaffirms the fundamental principles of the 1967 Outer Space Treaty and advocates for a ban on the weaponisation of space.’

It was first passed at the U.N. General Assembly in 1981 by a vote of 129 in favour, zero against and 13 abstentions.

But the PAROS agreement to be enacted requires a unanimous vote in favour by the UN’s Conference on Disarmament, which consists of 65 nations based on global regions.

The U.S. has continually baulked at supporting PAROS, and without unanimity it cannot be approved. I have been in Geneva and watched as, at a meeting of the Conference, the U.S. representative announced that the U.S. would not support PAROS.

Meanwhile, the argument by the U.S. – including now with the acknowledgement by the U.S. of it deploying weapons in space – is that there is a threat of Russia and China doing this.

“This is a flagrant in-your-face lie,” says Alice Slater, a member of the board of the Global Network Against Weapons & Nuclear Power in Space and an attorney.

She faults media generally for “parroting” the U.S. claim and “disregarding the constant effort” by Russia and China to get the PAROS agreement enacted.

She also cites the “joint statement” by Russia and China last year upon, as its heading notes, the “80th anniversary of the victory in the Second World War,” in which the U.S., Soviet Union and China were allies.

The two sides [Russia and China] oppose the attempts of individual countries to use outer space for armed confrontation,’ says their statement. It cites the need for the PAROS agreement ‘that would provide fundamental and reliable guarantees of preventing an arms race in outer space, weaponisation of outer space.’

Immediately following the acknowledgement by the U.S. of having weapons in space, The New York Times reported a Russian government spokesperson saying, “We believe that space must be free of any weapons,” and a spokesperson for China’s Foreign Ministry saying:

“We urge the U.S. side to stop…preparing for war in outer space,” and that China opposed an “outer space arms race.”

Gagnon, the coordinator of the Maine-based Global Network Against Weapons & Nuclear Power in Space, said he believes the U.S. has acknowledged its deployment of weapons in space in a move to:

“make Golden Dome sound inevitable, thus forcing Congress to appropriate the massive funds to secure the controversial project in the Pentagon pipeline.”

The cost for the Golden Dome system would run as high as $3.6 trillion, as estimated by the American Enterprise Institute.

Taxpayers for Common Sense, also based in Washington, in its report this year titled ‘Missing the Mark: Why Golden Dome is Bad for American Taxpayers’ says:

“Pursuing Golden Dome also poses serious strategic risks, including the potential to accelerate nuclear arms and space arms races and to undermine opportunities to secure verifiable arms control agreements that reduce the nuclear threat. The program has also raised troubling conflict-of-interest concerns involving individuals within the Trump Administration and companies vying for Golden Dome contracts.”

Said Gagnon:

“Taxpayers should be wondering who will pay for the trillions of dollars” for this and other “offensive space programs—especially when the U.S. is $40 trillion in debt.” He said “the aerospace industry long ago identified the ‘entitlement programs’ as their preferred source of funds” and “taking from Social Security, Medicare, Medicaid and the now tattered social safety net.”

As to consequences of war in space, he told of Apollo Astronaut Edgar Mitchell – “the sixth person to walk on the moon” – speaking at a “peace in space rally” I organised in the now re-named Cape Canaveral Space Force Station.

Mitchell told the assembled that a war in space would be the:

“One and only because so much space junk would be created – on top of the existing huge debris field – that we would not be able to get a rocket through the deadly trash orbiting the Earth. He said it would be like trying to ‘get through a piranha-laced river’ in the Amazon.”

Gagnon spoke of:

“A spiritual disconnection in the minds and hearts of those ‘leaders’ in Washington who believe that four per cent of the global population in the U.S. should be the ‘Masters of Space’ [the motto of the Space Delta 8 unit of the U.S. Space Force]. It is a deep sickness. The time has come for the American people to take the toys away from the boys.”

The Global Network Against Weapons and Nuclear Power in Space was formed at a meeting in Washington, D.C. in 1992. Each year it holds a “Keep Space for Peace Week,” this year between October 3-10, with events. The 2026 theme is “Space Is a Global Commons—Not To Be Dominated.” The Global Network’s website can be found here…………………………………………………………………. https://independentaustralia.net/politics/politics-display/trumps-weapons-in-space-violate-international-law,21684

October 20, 2026 Posted by | space travel, USA, weapons and war | Leave a comment

The Push for Nuclear Power Plants on the Moon

NASA’s use of nuclear power in space was being done in parallel with the plan for nuclear-powered weaponry in space.

”The nuclear industry views space as a new market. They don’t give a damn about the dangers involved. These greedy aerospace corporations are salivating as they look at the profits to be made.”

“Nuclear fuel would need to be transported to the moon on a regular basis and there is never a mention of how lunar nuclear waste will be dealt with. Lunar bases are, however, a way of establishing the ultimate military high ground.”

Karl Grossman, October 13, 2026, https://freepress.org/article/push-nuclear-power-plants-moon

The lead front page story in the New York Times last week was headlined: “Superpowers Racing to Put Nuclear Reactors on Moon.” The nations involved: the U.S., China and Russia. And there was a subhead: “Experts Warn of Radioactive Risks From a Rocket Mishap or Lunar Meltdown.”

The reporter, Selam Gebrekidan, wrote: “Failures could cause a chain reaction with dire consequences. Falling reactor debris could scatter radioactive material….An explosion or a meltdown on the moon’s surface could risk turning entire regions into no-go zones.”

The extensive story quoted Edward Lyman, director of nuclear power safety at the Union of Concerned Scientists, saying: “There will always be a space race going on, and if you enter nuclear power into that mix, then it could take a potentially more dangerous turn.”

Nuclear power and weapons in space have been an unexpectedly extensive part of my journalistic journey. Because of having been deeply involved in reporting about the plans of the Long Island Lighting Company to construct seven to 11 nuclear power plants on Long Island, where I live, I became knowledgeable about atomic energy.

I wrote a book titled “Power Crazy” about this scheme to turn the island into what nuclear promoters termed then a “nuclear park.” I wrote many columns and did television reporting on it.

So, back in 1985, with that experience, I was struck by a piece in the U.S. Department of Energy’s publication, “Energy Insider,” saying that DOE and NASA were partners in the sending up in 1986 two space shuttles—one being the Challenger—with space probes onboard fueled by plutonium, considered the most toxic of all radioactive substances.

Once the shuttles achieved orbit, the probes would be released, the one Challenger carried to survey Jupiter. The plutonium would be in radioisotope thermoelectric generators (RTGs), not for propulsion but to provide electric power for instruments.

In “Energy Insider” there was notice that the government had looked into various sorts of accidents that might happen on the missions. So, I sent Freedom of Information Act requests to DOE, NASA, and the DOE national laboratories involved in these studies asking to learn what was determined.

As the months passed, I began to realize I had hit upon a hot potato. I was denied the information on the grounds it was “technical” which is not a legitimate FOIA exemption. I appealed and won. Finally, to my post office came a box of documents, including a government projection that the likelihood of a “catastrophic” shuttle accident was 1-in-100,00. Those were very high odds, so I didn’t do anything.

That was until January 28, 1986, when on my way to teach my Investigative Reporting class at the State University of New York at Old Westbury, I heard on the car radio that the Challenger had exploded on launch.

I stopped at an appliance store and saw that terrible image on TV and telephoned The Nation magazine to tell them that the next mission of the Challenger, in May, was to involve a nuclear system—and if the accident occurred then and plutonium released as dust, the disaster could have been a massive catastrophe.

The Nation asked me to write a piece, which I did. Other media picked up on it and I was pretty widely interviewed. A publisher called resulting in a book I wrote that he titled “The Wrong Stuff.” Meanwhile, NASA and DOE changed the odds of a catastrophic shuttle accident from 1-in-100,000 to 1-in 7 6.

And I began to “follow the money” as Bob Woodward’s source “Deep Throat” instructed in the film about the Watergate investigation.

I did, and found the then “Star Wars” program of President Reagan was predicated on orbiting battle platforms with onboard hypervelocity guns, particle beams and laser weapons and, also onboard, nuclear reactors and “super plutonium” systems providing the high energy they needed. The latter would be built by General Electric, manufacturer of the RTGs on the space probe that Challenger was to loft.

NASA’s use of nuclear power in space was being done in parallel with the plan for nuclear-powered weaponry in space.

This resulted in another book I authored, “Weapons in Space,” its foreword by Dr. Michio Kaku, and an hour-long TV documentary I wrote and presented, “Nukes in Space: The Nuclearization and Weaponization of the Heavens.” And there have been many articles on this and more TV programs during the ensuing four decades including “Star Wars Returns” (viewable at www.envirovideo.com).

I gave two presentations on this before members of the British Parliament in London, presentations at the United Nations in New York and Geneva, and elsewhere around the U.S. and world.

My most recent articles on it, last month, involved the announcement by the Air Force secretary acknowledging that the U.S. has deployed weapons in space.

In 1992, the Global Network Against Weapons & Nuclear Power in Space was formed in Washington, D.C. and is active worldwide. Bruce Gagnon is coordinator of the Maine-based organization.

He said from India, where he is speaking at a conference during a “Keep Space for Peace Week” that the Global Network is sponsoring, this about the Times story: “Here in India they say that their government is all in on the U.S. Artemis-led coalition to establish a base on the moon with nuclear reactors. So, the new ‘nuclear space race’ is on—the U.S. team versus Russia and China. What are they after? Helium-3 for potential power back on Earth and using the moon as a military staging base to control the ‘Earth-Moon gravity well’ as a way to decide which nations and private corporations can move into space to mine the planetary bodies.”

“We should recall that Obama signed a law to give American companies and wealthy individuals the ‘right’ to mine planetary bodies essentially in violation of the Outer Space and Moon treaties that say that the planetary bodies are the province of all humankind.”

“This is the kick-off of the race to carry the ‘bad seed’ of greed, domination, and colonization that was long ago planted into the soil on Earth into the heavens,” continued Gagnon. “The taxpayers have paid the R & D for these programs and now that the space tech has advanced, the self-centered capitalists are intent on grabbing all they can for themselves.”

“This will move the Earth-bound global war system into the heavens. When they add nuclear power into the equation these people are asking for trouble.”

“In addition to reactors on the moon, they will next want nuclear reactors to power orbiting battle stations to ‘protect their assets’ on these planetary bodies. This is largely what Trump’s ‘Golden Dome’ is all about. Not so much about protecting us from attack back on Earth. It’s more about controlling the pathway on and off our planet Earth. Deciding who can go out and mine the sky. Like the front gate of a military base.”

“In the end it’s a disaster in the making. From the Earth, where the Department of Energy has a horrible track record of worker air and water contamination while fabricating space nuclear devices, and into space, this entire nuclear system is a tragic mistake,” said Gagnon. ”The nuclear industry views space as a new market. They don’t give a damn about the dangers involved. These greedy aerospace corporations are salivating as they look at the profits to be made.”

Commenting from England, Dave Webb, convenor of the Global Network and Emeritus Professor of Peace and Conflict Studies at Leeds Beckett University. said: “The Global Network has argued against nuclear power in space for over 35 years. Apart from the dangers of launching nuclear materials on top of a powerful rocket that could fail and spread nuclear materials over the planet, the setting up of nuclear power stations on the moon would be a catastrophe for the lunar environment.”

“Nuclear fuel would need to be transported to the moon on a regular basis and there is never a mention of how lunar nuclear waste will be dealt with. Lunar bases are, however, a way of establishing the ultimate military high ground.”

“We now know what we have suspected for many years, that the U.S. military has weapons stationed in space. There can be no doubt that the U.S. military wants to extend their presence to control the use of cislunar space [between Earth and the moon] and establish permanent military bases on the moon. U.S. nuclear-powered lunar bases will not be totally for scientific purposes or to extend the human presence beyond Earth, they will primarily be to control and dominate so that the U.S. alone can extract valuable resources from the moon and other celestial bodies.”

Webb continued: “The U.S. Joint Chiefs of Staff Chairman General Dan Cain has declared that the Pentagon must prepare for war around or even on the moon. The U.S. military’s  lust for power and control is rapidly destroying life on Earth and must not be extended into space and the heavenly bodies. The U.S. is a signatory to the Outer Space Treaty and should set an example to others by signing the Moon Treaty that declares the moon and its natural resources a ‘common heritage of mankind.’”

“We are in the middle of Keep Space for Peace Week with demonstrations by groups across the planet who want to see the rush to militarize everything, including the heavens, to be stopped and reversed,” said Webb.

And Alice Slater, a member of the board of the Global Network, an attorney, and also a

board member of the group World BEYOND War, noted that the New York Times article reported the U.S. is planning to build a nuclear reactor on the moon that could “survive a space voyage and run without maintenance near the moon’s south pole by 2030.” The Times, she added, acknowledged this may sound like “science fiction” but NASA and the U.S. National Space Academy are serious as it would enable the U.S. to compete with Russia and China which are making similar plans to place a nuclear reactor on the moon by 2036. And she cited the passage in the Times article beginning with: “Failures could cause a chain reaction with dire consequences.”

Said Slater of New York City: “We should remind ourselves and our corrupt government that beginning in the 1960s President Kennedy and Premier Kruschev started a process for the U.S. and Russia to end their space competition and move toward cooperation. In the 1970s, the two nations began discussion to develop a common system and during a Moscow summit meeting in 1972, President Nixon and Premier Kosygin signed an agreement on cooperation in space allowing for the development of a joint system to allow their spacecraft to dock with each other in orbit, which became known as the Apollo-Soyuz project.”

“Over the years,” she went on, “cooperation has waned or increased at different times, with the U.S. actually helping the Russians and relying on Russia’s advanced space technology after the end of the Cold War. However, with the Ukraine war, the U.S. cut off all cooperation with Russia except for maintenance of the International Space Station  which relies on a Russian module for control, and even the continuation of that effort is doubtful given Russia’s new cooperation with China.”

Said Slater: “It’s clear that we need international guardrails on this new global competition to dominate the moon with power provided by dangerous nuclear reactors. Insanity is being raised to new heights. The United Nations should take the lead making any exploration and exploitation of space an international effort based on global cooperation by nations for the welfare of life on earth. To go down this dark path of competition as to who can be first to put toxic nuclear reactors poisons on the moon, with all the dark consequences that would entail should there be the inevitable space accidents on the way to the moon, is the essence of folly.”

“The rush to install a lunar reactor has nothing to do with science or exploration,” says the sponsors of the petition. “It’s about geopolitics and ‘claiming’ space. Experts warn this move risks undermining international treaties that are supposed to keep space peaceful and shared. And while  NASA is promising only a small reactor, nuclear power is never simple or safe. Especially in such an untested and fragile environment….Instead of rushing nuclear power into space, NASA should focus on sustainable alternatives like solar energy and international cooperation. Pushing forward with this dangerous plan risks creating conflict, environmental hazards and a ‘gold rush’ mentality on the moon….Sign the petition to tell NASA and the Department of Transportation: stop the lunar nuclear reactor projects before it creates irreversible problems for the moon, for space law, and for all of us on Earth.” The petition is at https://www.thepetitionsite.com/223/416/093/say-no-to-nasas-reckless-nuclear-reactor-on-the-moon/

There are websites online proposing solar power devices for the moon. Blue Origin, the company of Amazon owner Jeff Bezos, is advancing “Power Towers.”

Lockheed Martin has a similar system termed “Vertical Solar Arrays” and says: “The moon’s south pole presents unique opportunities and challenges for solar energy capture. Certain locations receive sunlight 80% to 90% of the time, making them ideal for solar power generation.”

There’s an online petition headed “Say No to NASA’s Reckless Nuclear Reactor on the Moon” with nearly 47,000 signatories.” It says NASA’s “accelerated plans to put a nuclear reactor on the moon, framing it as a race against China and Russia…is nothing more than a dangerous, costly, and shortsighted gamble—one that could leave behind radioactive waste, spark international conflicts and waste billions of taxpayer dollars.”

October 19, 2026 Posted by | space travel, USA, weapons and war | Leave a comment

The Nuclear-NASA Era?

Karl Grossman, October 13, 2026, https://www.counterpunch.org/2026/10/13/the-nuclear-nasa-era/

“We are entering the ‘Nuclear NASA-era’ which represents a major transformation for space exploration,” said the administrator of the National Aeronautics and Space Agency, Jared Isaacman, last week as he and U.S. Energy Secretary Chris Wright signed an agreement titled “Accelerating American Leadership in Space Nuclear Power and Propulsion.”

Announcing the signing on October 8th in Washington, D.C., NASA issued a news release headed “NASA, Energy Department Advance New Era of Nuclear-Powered Exploration.” It further quoted Issacman as saying: “Nuclear power will allow us to go farther, operate longer, and field more capable spacecraft and instruments than ever before. The work we’re doing today is laying the foundation for the fission-powered spacecraft of tomorrow and opening an entirely new frontier for exploration and discovery.”

An early serious U.S. accident occurred on April 21, 1964 when a satellite powered by plutonium failed to achieve orbit and disintegrated as it fell back to Earth, spreading plutonium worldwide. Dr. John Gofman, an M.D. and Ph.D. and professor at the University of California at Berkeley who was involved in early work with plutonium for the Manhattan Project, linked the fall-out to a spike in lung cancer on Earth. It was a spur for NASA developing solar power for space and all satellites launched now utilize solar energy as does the International Space Station.

The signing followed news earlier in the week of the U.S., China and Russia “Racing to Put Nuclear Reactors on Moon,” as the New York Times headlined its lead front page story, with a subhead: “Experts Warn of Radioactive Risks From a Rocket Mishap or Lunar Meltdown.”

The NASA release said the pact “establishes a framework for end-to-end collaboration. The agreement unites both agencies across the full spectrum of space nuclear development, spanning advanced research and fuel production to rigorous testing, launch integration, and operations.”

The signing happened at what was named, said the release, “Science: A Golden Age Summit, hosted by the Office of Science and Technology Policy at the Donald J. Trump Institute of Peace in Washington.”

The release quoted Wright as saying: “Thanks to President Trump, America’s nuclear renaissance is reaching a new frontier. The Energy Department is proud to partner with NASA as we help American space missions reach uncharted territory.”

The release continued: “President Trump’s December 25 Executive Order on Ensuring American Space Superiority directs NASA to develop a launch-ready lunar surface reactor by 2030, a goal toward which NASA, partnering with DOE, is making steady progress. This pivotal agreement fortifies existing collaborations on fission and radioisotope power systems propelling NASA’s vision for a sustained human presence on the Moon and accelerating the breakthrough technologies to enable our mission.”

It went on: “When NASA’s Space Reactor-1 Freedom launches in 2028, nuclear propulsion will advance from laboratory research to operational deep-space application This milestone paves the way for Lunar Reactor-1….Nuclear power will energize habitats, communications, instruments, rovers, resource usage, and critical lunar infrastructure, and it will be essential for the demanding energy needs for future Mars missions.”

The Space Reactor-1 Freedom and the Lunar Reactor-1 “form the foundation of a robust domestic nuclear-space industrial base. These programs are poised to power permanent lunar outposts, enable exploration of distant worlds, and cement American leadership in space for generations,” it said.

Further, it said, “NASA continues to expand its use of radioisotope power systems. The Dragonfly mission to Saturn’s moon Titan, scheduled for launch in 2028, will rely on a Multi-Mission Radioisotope Thermoelectric Generator and 24 Light Weight Heater Units [using atomic energy] to power and warm the car-sized rotorcraft.”

World Nuclear News, in its coverage of the NASA-DOE memorandum, began its article with: “Deep-space exploration is trading chemical rockets for nuclear fission.”

Karl Grossman, professor of journalism at State University of New York/College at Old Westbury, and is the author of the book, The Wrong Stuff: The Space’s Program’s Nuclear Threat to Our Planet, and the Beyond Nuclear handbook, The U.S. Space Force and the dangers of nuclear power and nuclear war in space. Grossman is an associate of the media watch group Fairness and Accuracy in Reporting (FAIR). He is a contributor to Hopeless: Barack Obama and the Politics of Illusion.

October 19, 2026 Posted by | space travel, USA | Leave a comment

Romania’s SMR project with NuScale hits deadlock as 80% of conditions are not met


Romania Insider 12th Oct 2026

Romanian nuclear group Nuclearelectrica (BVB: SNN) said that more than 80% of the conditions specified when it approved the Final Investment Decision (FID) for the Doicești small modular reactor (SMR) project in February remain unmet. These include critical commitments assumed by US partner NuScale.

This implies that the project as it was planned can not continue; the company said that it will reassess the SMR technologies and decide accordingly.

It concluded that there currently exist premises for the initiation of steps to update the SMR Implementation Strategy in Romania, “for which we continue to appreciate the openness of the American partners.”……………………………………….. (Subscribers only) https://www.romania-insider.com/business/romanias-smr-project-nuscale-hits-deadlock-80-conditions

October 18, 2026 Posted by | EUROPE, Small Modular Nuclear Reactors | Leave a comment

Agreement aims to support US maritime nuclear

Tuesday, 13 October 2026, https://www.world-nuclear-news.org/articles/agreements-and-deals-support-us-maritime-nuclear-developments

The American Bureau of Shipping and the US Department of Energy have signed a memorandum of understanding to advance modern commercial nuclear technology at sea.

The agreement between the American Bureau of Shipping (ABS) – a global maritime classification society – and the Department of Energy (DOE) Office of Nuclear Energy covers floating power solutions, nuclear-powered vessels and the development of the ports, shipyards and industrial base needed to build and sustain them.

Key priorities include concept and feasibility studies for floating nuclear power and nuclear transportation corridors, and support for developing a US shipbuilding sector capable of building and operating nuclear-powered assets safely.

The agreement will see the American Bureau of Shipping co-managing the Maritime Nuclear Applications Group research hub and resource centre, which is aligned with the Department of Energy’s National Reactor Innovation Center, as well as providing technical, regulatory, economic and policy support on concept and feasibility studies. It will coordinate related work through the US Maritime Administration’s US Center for Maritime Innovation.

“Advanced nuclear technology is moving from concept to application, and the maritime industry needs to be ready for it,” said John McDonald, American Bureau of Shipping (ABS) Chairman and CEO. “This agreement with DOE reflects the depth of work already under way and provides a framework to go further. Through our collaborations with the DOE and industry leaders, ABS is pioneering the future of nuclear energy in maritime. We’re well-positioned to help turn this technology into a safe, real and practical option for commercial maritime applications.”

DOE is leading US government initiatives on maritime nuclear applications. Under the memorandum of understanding, the American Bureau of Shipping will co-manage the Maritime Nuclear Applications Group and provide technical, regulatory, economic and policy support on concept and feasibility studies. ABS will work with DOE to foster interagency coordination to develop a viable US maritime nuclear sector.

“Advanced nuclear technology has the potential to transform the commercial maritime industry and open new markets for American innovation,” said Assistant Secretary for Nuclear Energy Ted Garrish. “The Department of Energy’s partnership with the American Bureau of Shipping will help explore how we can build on decades of experience to safely bring next-generation nuclear technologies to the maritime sector and position America to lead this emerging industry.”

October 18, 2026 Posted by | technology, USA | Leave a comment

Threat of AI share crash puts world financial stability at risk, says IMF

High valuations and debt put sector in danger, while fund also warns on government borrowing and cyber-attacks

Heather Stewart in Bangkok and Kalyeena Makortoff in London, Tue 13 Oct 2026 , https://www.theguardian.com/business/2026/oct/13/ai-share-crash-risk-global-imf-debt-corrowing-cyber-attacks

The threat of an AI share price crash rippling out across global markets is putting world financial stability at risk, the International Monetary fund has warned.

In its twice-yearly Global Financial Stability Report, the IMF highlighted the sky-high valuations for AI companies along with their increasing debt pile as one reason that risks in the system are “elevated”.

“The consequences of an AI correction could be global,” it warned. Aside from the US, Asian markets would be most exposed, and the UK and euro area potentially more insulated – though investors with US holdings would be hit.

Athanasios Vamvakidis, the deputy director of the IMF’s monetary and capital department, launching the report, said: “The exposure of the rest of the world to US assets, particularly AI, is the highest it has ever been. So this is supporting the global economy through wealth effects today; but if we get a market correction it could have broad implications.”

An AI crash was one of three “salient risks” to stability identified by the IMF, alongside rising government borrowing costs and the threat of a big cyber-attack.

It called this trio of factors “plausible near-term catalysts for a sharp tightening of financial conditions and market turmoil”.

The IMF’s analysis underlined the interconnected nature of big AI companies, and the high levels of borrowing being undertaken to fund investment in the sector.

“Weaker or less durable investment and profitability in AI could trigger a correction in AI-related asset prices, exacerbated by rising leverage, concentrated exposures, and circular financing arrangements,” it said.

Such a reassessment would then “sharply reduce investment, trigger equity market corrections, and tighten financial conditions, with global spillovers”.

The “magnificent seven” big tech stocks – Alphabet, Amazon, Apple, Meta, Microsoft, Nvidia and Tesla – account for more than 35% of the S&P 500 share index in the US, up from 12% a decade ago, and their total market capitalisation has increased by more than 50% in the past two years.

Yet the IMF warned of “growing evidence” that the successful rollout of AI “may not require investment on the massive scale being undertaken by ‘hyperscaler’ firms”, and “potential economic gains may not be as large as expected”.

The hyperscalers are the companies building the underlying infrastructure for the AI rollout, including many vast datacentres. They include Amazon Web Services, Google, Meta and Oracle.

Shares in semiconductor companies fell on Tuesday after the boss of Broadcom compared many AI investors to “casino” gamblers. Reports that the Chinese memory chip maker CXMT was making good progress on a new chip architecture also hit South Korean tech companies.

The IMF also highlighted the growing leverage, or borrowing, that underpins the current boom and could amplify the effects of a crash.

In particular, it identified soaring debts contracted by the companies themselves; hedge fund investment in the sector; and retail investors borrowing to speculate in AI stocks.

In the event of an AI-led market downturn “these growing sources of leverage heighten the potential for forced selling and surges in equity volatility”, it said.

It also pointed to the prevalence of “circular financing” deals, tying stronger AI companies to weaker partners in the same sector, and potentially exacerbating the impact of a share price correction.

It identified $300bn (£227bn) worth of transactions between hyperscalers and “weaker AI firms” in just the past three years, supplemented by $650bn in debt, in exchange for $1.4tn in future financial commitments.

In London, the chief executive of the UK’s Financial Conduct Authority, Nikhil Rathi, urged every small business across the financial sector to take out insurance to protect themselves against AI-related cybersecurity threats.

He told MPs on the Commons Treasury committee that not all companies would have the resources to pay for access to “frontier” AI models such as Anthropic’s Mythos, which has been released on a restricted basis after it was said to be rapidly identifying gaps in government and corporate cybersecurity systems.

“One message I’d give to every small business: you should consider making sure you are insured,” Rathi said.

October 17, 2026 Posted by | business and costs, technology | Leave a comment

Why Spent Nuclear Fuel Reprocessing Is Recycling in Name Only

October 14, 2026By: Ross Matzkin-Bridger

Reprocessing promises to recycle nuclear waste, but it fails on technology, cost, security, and waste management—and distracts from the nuclear technologies that actually work.

Spent nuclear fuel reprocessing, often erroneously conflated with recycling, is the latest in a long list of technologies and products that have exploited human desire for silver-bullet solutions, but in reality deliver more problems than fixes. The formula is a familiar one: a charismatic salesman captures our attention with a product they market as a remedy for a persistent problem; the explanation for how the technology works is muddled or oversimplified; funders and other stakeholders are driven by their desire to believe; and the venture ends in disappointment, wasted money, and sometimes worse.

The future of nuclear energy is promising, but only if policymakers and industry make smart investment choices that focus on the technologies that work. Reprocessing is a distraction that takes attention away from sensible solutions.

There are four main reasons why spent fuel reprocessing is a bad idea and should be shelved in favor of the nuclear energy technologies that can actually deliver on their promises.

Why Reprocessing Doesn’t Work as Advertised

The goal of reprocessing is to “recycle” spent fuel, but the two are very different. Reprocessing is a technology that chops up spent nuclear fuel, dissolves it, then separates the resulting slurry into various streams of waste and potentially reusable material. The recycling of that potentially reusable material into new fuel is where the pitch falls short.

Understanding the technical process helps explain where the problems emerge. When fresh fuel goes into a nuclear power reactor, it is composed only of low-enriched uranium. After the nuclear reaction, spent fuel has a composition broadly binned into four types of elements: low-enriched uranium; plutonium; highly radioactive materials such as strontium and cesium that are collectively called fission products; and ultra-heavy metals like neptunium and americium, which are referred to as minor actinides. The uranium, plutonium, and minor actinides look like reusable assets if separated from the fission products, which are mostly waste.

However, the varying levels of radiotoxicity, decay heat, and volatility across spent fuel’s elements make it enormously complex to handle. Those potentially reusable materials are not as appealing in real life as they are on a PowerPoint slide. Plutonium and minor actinides are very difficult to manipulate and manufacture into fuel, and reprocessed uranium has contaminants that cannot be removed. In the end, these elements don’t make such good fuel after all. This is a large reason why, in the few countries that have attempted reprocessing, approximately 99 percent of all recovered material is never recycled.

France, often heralded as a gold standard for the technology, offers a prime example. Despite hosting the world’s most extensive reprocessing infrastructure, it actually recycles very little. Against a goal of recycling 96 percent of its spent fuel volume, the country’s recycling rate in practice is approximately 1 percent. The remaining 99 percent of material either goes to waste or is stored indefinitely.

Today, there are claims of “advanced recycling” technologies that purport to solve these problems. But these are just decades-old technologies that vendors have dusted off, rebranded, and marketed with flowery adjectives and no evidence of a working product. The two reprocessing technologies that vendors are marketing today—aqueous reprocessing and pyroprocessing—were developed in the 1940s and 1960s, respectively. The truth is that there have been no major technical breakthroughs in either of these approaches that address the core problems with reprocessing.

Why the Economics of Reprocessing Fail

The high costs of reprocessing and attempted recycling dwarf the more economical alternative of manufacturing fuel from abundant fresh uranium. Thorough studies have demonstrated the economic advantage of choosing fresh uranium over reprocessing—and that advantage bears out in real life. In the countries that have deployed commercial-scale reprocessing—France, Japan, Russia, and the United Kingdom—the industry has survived only with massive government subsidies. It simply cannot compete on its own.

The United States presents an excellent case in point. Industry attempted commercial reprocessing in West Valley, New York, in 1966. When it proved unprofitable, the plant’s operator closed up shop and left the community with a contaminated site and 600,000 gallons of high-level liquid waste in underground tanks.

After the Carter administration paused US reprocessing in the 1970s, former President Ronald Reagan came into office with a different idea. In 1981, President Reagan announced that reprocessing would be allowed to continue but had to compete in the free market—there would be no government handouts. The budding reprocessing industry dried up nearly overnight. This was the downfall for the United States’ most ambitious attempt, the Barnwell reprocessing plant, which was intended to receive spent fuel from a sizable share of the country’s commercial reactor fleet. But without government money, there was no business model. The owners abandoned the plant soon after Reagan’s announcement.

Today, the government’s commitment to avoiding subsidies is on shaky ground. The Trump administration is considering opening a pathway for electricity consumers to fund tens of billions of dollars for reprocessing efforts. This development proves the point: Reprocessing cannot compete in a free market filled with better and less costly options, forcing vendors to try tapping into taxpayer funds as a lifeline.

How Reprocessing Creates Nuclear Proliferation and Security Risks

All reprocessing technologies result in a purified form of plutonium that can be used to make nuclear weapons. Obtaining weapons-usable material is the most difficult part of making a nuclear bomb, which is why global nonproliferation and nuclear security efforts have put so much focus on restricting such materials and their means of production. The expansion of reprocessing would result in more weapons-usable materials in more civilian facilities at home and abroad.

Some claim that so-called “advanced recycling” technologies are proliferation resistant. This is a particularly common refrain from proponents of pyroprocessing, who assert that the technology neutralizes proliferation concerns by commingling plutonium with minor actinides like neptunium, americium, and curium. Yet experts from seven national laboratories examined this issue in two independent studies and found that the proliferation risk of plutonium commingled with minor actinides is very similar to pure plutonium. Further, the US Nuclear Regulatory Commission (NRC), the US Department of Energy (DOE), and the International Atomic Energy Agency (IAEA) all classify plutonium commingled with minor actinides as material of the highest risk for weaponization, on par with pure plutonium and weapons-grade uranium. In other words, this material could be used to make a bomb.

The facts and science are clear. Reprocessing is a dangerous technology that increases security risks and flies in the face of nonproliferation best practices. Unsubstantiated claims of proliferation resistance from reprocessing advocates do not pass muster.

Why Reprocessing Makes Nuclear Waste Harder to Manage

Disposing of nuclear waste is a politically sensitive topic that requires open, honest engagement with communities. Advocates sometimes disingenuously present reprocessing and recycling as a way to sidestep the need for a long-term waste repository. The truth is that reprocessing not only produces waste but also makes waste management a more complex problem.

Reprocessing increases the overall volume of waste and the number of waste forms; it yields solid, liquid, and gaseous wastes that have unique management requirements. Reprocessing advocates correctly point out that it also concentrates hot, highly radioactive waste into a smaller volume. But that smaller volume does not ease disposal requirements, because the footprint needed for a repository is a function of heat load, not volume. Hot, radioactive packages require significant spacing.

France and the United Kingdom learned this lesson the hard way. Both countries have reprocessed for roughly six decades (the United Kingdom stopped in 2022) and now face greater waste management challenges than countries that have pursued the direct disposal of spent fuel, in which spent fuel is sealed in canisters and placed in a deep underground repository. Today, France and the United Kingdom are not only working on developing a deep geologic repository like other countries with nuclear power, but they also have the extra burden of managing the various, often messy, waste forms that reprocessing produces.

Direct disposal remains the easiest, safest, and most cost-effective waste management option for policymakers and industry.

What US Nuclear Policy Should Focus on Instead

Industry and scientists have had eight decades to advance reprocessing technology and come up with a model that enables fuel recycling, is cost-efficient, meets common-sense security standards, and minimizes waste. They have failed on all fronts, and there is no evidence of any meaningful breakthroughs on the horizon.

With a policy goal of quadrupling nuclear energy capacity by 2050, the United States needs to move now to deploy the technologies that can work, scale efficiently, and are safe. Thankfully, there are many strong options within the realm of proven reactor designs, a uranium fuel cycle, and direct disposal of spent fuel. This is the path to abundant, secure, and cost-effective electricity for consumers.

Wall Street Journal investigative reporter John Carreyrou has written extensively about the “fake it till you make it” ethos that has embedded itself into the culture of technology development. The philosophy may make sense for consumer electronics or software that can be patched and improved over time. But it is irresponsible when it comes to nuclear technologies that have much higher stakes—especially when proven technologies are ready to deploy. Reprocessing has had 80 years of faking it. It is time to move on.

About the Author: Ross Matzkin-Bridger

Ross Matzkin-Bridger serves as senior advisor for the Nuclear Scaling Initiative and senior director for the Nuclear Threat Initiative’s Nuclear Materials Security Program. He served as a senior advisor at the US Department of Energy under both Presidents Donald Trump and Joe Biden.

October 17, 2026 Posted by | reprocessing | Leave a comment

Polish Tycoons Solowow and Solorz Revive Partnership for Small Nuclear Reactors

Polish billionaire Michal Solowow and the Solorz family have
agreed to jointly build small modular reactors, marking their second
attempt to cooperate on a nuclear project as Poland overhauls its aging
power sources.

Solowow’s company SGE SA signed a deal with ZE PAK SA aimed at working out the details of their future cooperation to build and operate small modular reactors, according to a regulatory filing. Solowow, who has exclusive rights to offer GE Vernova Hitachi’s BWRX-300 reactors, will hold a majority stake in the new joint venture.

Bloomberg 13th Oct 2026, https://www.bloomberg.com/news/articles/2026-10-13/polish-tycoons-solowow-and-solorz-revive-partnership-for-small-nuclear-reactors

October 17, 2026 Posted by | Small Modular Nuclear Reactors | Leave a comment